def get_mask_func(self, widget, padding_left=0, padding_right=0, padding_top=0, padding_bottom=0):
'''
Get mask function to render background, you can use this function to return \"render function\" to draw your ui to keep same style.
@param widget: DialogBox widget.
@param padding_left: Padding at left side.
@param padding_right: Padding at right side.
@param padding_top: Padding at top side.
@param padding_bottom: Padding at bottom side.
'''
if self.mask_type == DIALOG_MASK_SINGLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_single_page)
elif self.mask_type == DIALOG_MASK_GLASS_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_glass_page)
elif self.mask_type == DIALOG_MASK_MULTIPLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_multiple_page)
elif self.mask_type == DIALOG_MASK_TAB_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_tab_page)
else:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
draw_blank_mask)
def get_mask_func(self, widget, padding_left=0, padding_right=0, padding_top=0, padding_bottom=0):
'''
Get mask function to render background, you can use this function to return \"render function\" to draw your ui to keep same style.
@param widget: DialogBox widget.
@param padding_left: Padding at left side.
@param padding_right: Padding at right side.
@param padding_top: Padding at top side.
@param padding_bottom: Padding at bottom side.
'''
if self.mask_type == DIALOG_MASK_SINGLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_single_page)
elif self.mask_type == DIALOG_MASK_GLASS_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_glass_page)
elif self.mask_type == DIALOG_MASK_MULTIPLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_multiple_page)
elif self.mask_type == DIALOG_MASK_TAB_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_tab_page)
else:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
draw_blank_mask)
def generate_features(audio=True, frames=True):
out_path = Path(OUT_PATH + 'unmasked/')
out_path.mkdir(parents=True, exist_ok=True)
out_path = Path(OUT_PATH + 'masked/')
out_path.mkdir(parents=True, exist_ok=True)
# generate audio features
if (audio):
extract_features('data/audio_speech/', AUDIO_PATH)
# generate frames
if (frames):
extract_frames('data/video_speech/', VIDEO_PATH)
# generate landmarks for each frame
for file in glob.iglob(FRAMES_PATH + '*.jpg'):
filename = Path(file).name[:-4]
# find correct landmarks
original = cv2.imread(file)
rect = detect_face(original)
shape = generate_landmarks(original, rect)
# save
with open(OUT_PATH + 'unmasked/' + filename + '.csv', 'w',
newline='') as output_file:
writer = csv.writer(output_file, delimiter=',')
for i in range(len(shape)):
writer.writerow(shape[i])
# find masked landmarks
draw_mask(file, 'temp.jpg')
masked = cv2.imread('temp.jpg')
shape = generate_landmarks(masked, rect)
# save
with open(OUT_PATH + 'masked/' + filename + '.csv', 'w',
newline='') as output_file:
writer = csv.writer(output_file, delimiter=',')
for i in range(len(shape)):
writer.writerow(shape[i])
def get_mask_func(self, widget, padding_left=0, padding_right=0, padding_top=0, padding_bottom=0):
'''Get mask function.'''
if self.mask_type == DIALOG_MASK_SINGLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_single_page)
elif self.mask_type == DIALOG_MASK_GLASS_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_glass_page)
elif self.mask_type == DIALOG_MASK_MULTIPLE_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_multiple_page)
elif self.mask_type == DIALOG_MASK_TAB_PAGE:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
self.draw_mask_tab_page)
else:
return lambda cr, x, y, w, h: draw_mask(
widget, x + padding_left,
y + padding_top,
w - padding_left - padding_right,
h - padding_top - padding_bottom,
draw_blank_mask)
from mask import draw_mask # obtain arguments if len(sys.argv) < 5: print "!!! Missing arguments, please provide input, data and output filenames." sys.exit(2) image_file = sys.argv[1] mask_data_file = sys.argv[2] roi_data_file = sys.argv[3] output_file = sys.argv[4] # get image image = repo.get_image(image_file) assert image.dtype == "uint8" # retrieve data contours = repo.get_data(mask_data_file)["contours"] roi_data = repo.get_data(roi_data_file) roi_upper = roi_data['teeth_upper'] roi_lower = roi_data['teeth_lower'] rois = np.concatenate([roi_upper,roi_lower]) # create image for index, contour in enumerate(contours): image = draw_mask(image, rois[index], contour, None) repo.put_image(output_file, image)